基于遗传禁忌搜索算法的导弹武器-作战时间窗口分配

Missile Weapon-combat Time-space Assignment Based on GATS

针对导弹武器作战的特殊情况,在武器-目标分配的基础上,研究导弹武器-作战时间窗口分配问题。对武器-作战时间窗口分配问题的相关概念和原理进行分析,并建立以导弹武器生存能力的目标函数、生存下限和作战时间窗口为约束条件的求解模型;根据用智能算法在解决较大规模分配问题时易出现的不足,将遗传算法全局搜索能力强与禁忌搜索算法局部寻优能力好的特点结合起来,形成新的遗传禁忌搜索算法对模型进行求解。仿真结果表明,新算法收敛性好,求解速度快且所得解的可靠性高。

Aimed at the special case of missile weapon combat,the missile weapon-combat time-space assignment problem is studied based on the weapon-target assignment. The relational concept and assignment principle of the problem of missile weapon-combat time-space is analyzed. The calculating model is established,the survivability of missile weapon is used as target function of the model,the survivability lower bound and combat time-space is used as constraint of the model. According to the lack of intelligence algorithms in solving bigger scale of assignment problem,a new algorithms,called GATS,is constructed. The best global searching capability of GA and local seeking optimization capability of TS is combined in new algorithms. The simulating results show that the algorithm is better in astringent,and can find the best result quickly,at the same time the result has better reliability.